Design and Modeling of Biological Liquid Temperature Sensor Based on Fiber-Coupled MicrodiskWhispering Gallery Modes

Mohammad Sabaeian; Mohsen Baghalaei

Design and Modeling of Biological Liquid Temperature Sensor Based on Fiber-Coupled MicrodiskWhispering Gallery Modes

Publish place: 2nd National Conference on Optic and Laser Engineering

Publish Year: 1390

Type: Conference paper

Language: English

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Link to this Paper:

https://civilica.com/doc/112495

Document National Code:

NCOLE02_192

Index date: 15 March 2011

Design and Modeling of Biological Liquid Temperature Sensor Based on Fiber-Coupled MicrodiskWhispering Gallery Modes abstract

In this work we designed a blood serum temperature sensor based on fiber-coupled microdisk. The shift of resonance frequencies or frequencies of whispering gallery modes was used to detect the temperature in the range of 15 to 35 0 C. Although the thermal dispersion or dn/dT effect of liquids for a small change of temperature is low, however due to high quality factor of microdisks, these changes become detectable. Our theoretical results show a slop of 2MHz/0C for frequency shift versus temperature change. The design is applicable for every liquid warming up in which its thermal data are in hand.

Design and Modeling of Biological Liquid Temperature Sensor Based on Fiber-Coupled MicrodiskWhispering Gallery Modes Keywords:

Optical sensor , Microdisk , Whispering gallery modes , Temperature sensor

Design and Modeling of Biological Liquid Temperature Sensor Based on Fiber-Coupled MicrodiskWhispering Gallery Modes authors

Mohammad Sabaeian

Department of Physics, Faculty of Science, Shahid Chamran University, Ahvaz, Iran

Mohsen Baghalaei

Department of Physics, Faculty of Science, Shahid Chamran University, Ahvaz, Iran

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